LED light with changeable LED position with preferable power source

ABSTRACT

The light device with changeable function which At least one of any conventional available light means install within housing-unit or joint-means and the said housing-unit and joint-means can be change the orientation, or position, or viewing angle, or others light properties related to any other of the said light means to allow the said light device emit light beam to desired direction to make illumination to viewer. The said light device selected incorporated with solar means, wind generator or other generators, home electricity to get the power to turn on the said preferred light means under predetermined functions. Further, The said light device has changing function may selected from group combination from rotary, jumpable gap, extendable, foldable, distance, extractable, connectable, dis-connectable, extendable, retractable, expendable, addable, adjustable, bendable, overlap able, underlay able, assembly able, dis-assembly able, flexible properties to become universal unit to fit all kind of space of people stay environment including indoor and outdoors.

This is Continuation of U.S. patent application Ser. No. ______, filedon Jan. 7, 2008 file for the “LED light with changeable geometricsystem”

This is Continuation of U.S. patent application which the Ser. No.______, filed on Jan. 2, 2008 file for the “LED light with changeablegeometric dimension features”

This is Continuation of U.S. patent application which the Ser. No.______, filed on Dec. 28, 2007 file for the “LED light with changeablefeatures”

This is Continuation of U.S. patent application which the Ser. No.11/806,711 filed on Jun. 8, 2007 file for the “Multiple LED light withadjustable angle features”

This application is continuation of U.S. patent application Fiber Opticlight kits for footwear Ser. No. 10/883,747, filed Jul. 6, 2004.

This application is continuation of U.S. patent application Night lightwith fiber optics Ser. No. 11/092,741, filed Mar. 30, 2005.

This application is continuation of U.S. patent application LED Nightlight with Liquid optics medium Ser. No. 11/094,215, filed Mar. 30,2005.

This application is continuation of U.S. patent application of Ser. No.11/255,981, Multiple light source Night Light.

This application is continuation of U.S. patent application of Ser. No.11/498,881, Poly Night light

This application is continuation of U.S. patent application LED Nightlight with interchangeable display unit, Ser. No. 11/527,631.

This application is continuation of U.S. patent application AreaIllumination for LED night light Ser. No. 11/498,874,

This application is continuation of U.S. patent application Time Piecewith LED night light, Ser. No. 11/527,629.

This application is continuation of U.S. patent application MultipleFunction Night light with Air Freshener, Ser. No. 11/527,628.

This application is continuation of U.S. patent application LED Nightlight with more than one optics mediums, Ser. No. 11/806,284

This application is continuation of U.S. patent application LED NightLight with multiple function, Ser. No. 11/806,285

This application is continuation of U.S. patent application MultipleLEDs Light with adjustable angle function, Ser. No. 11/806,711

BACKGROUND

The current invention related to the LED light device with LEDsorientation, or position, or light emitting direction, or device's shapechanging. This feature creates flexible and changeable features forlight device to fit for all kind of installation area space and overcomeone fixed size of the said LED light device to become universal LEDlight device to consumer.

The current invention of the LED light device with changeable geometricdimension function which at least one of LED install within housing-unitor joint-means desire location in x-y-z axis and the said housing-unitsare connected by at least one of joint-means which delivery the electricsignal from power source to desired LEDs incorporated with IntegratedCircuit, circuit means, switch means, sensor means for illuminationunder pre-determined light performance. The LED light device's geometricdimension will be changed while any variation applied to originalhousing-unit or joint-mean. The LED light device incorporated withconventional attachment means to install on any main object. The saidpower source can be in Alternative current (AC) or Direct current (DC)both can get the power from the convention available power type whichmay from the market, scientific fields, chemical treatment, physicstheory, biology field, solar module, batteries, wind power, generator,hand held generator, motor generators.

The current invention mainly improved the market place all LED lightdevice for are limited for fixed shape, fixed illumination areas, fixedbrightness, fixed viewing angle, fixed design, bad size for differentlocation. There is no any LED light device can fit anywhere, addablebrightness, addable illumination areas, bendable to form a wine rackunder cabinet, with additional hook function to hang any items insidekitchen, living room, bathroom, kids room, entertainment room, garden,patio, boat, car, van, bus, truck, train, airplane, transportationequipment, play ground, outdoors. Hence, the most economics andenvironment concern is come out the LED light device which haveproperties to change the geometric shape to fit anywhere people wantpower saving LED light kits. The current inventions for all listedpreferable embodiments all have optional properties to allow people tomake all different looking LED light device for required brightness tomake different illumination areas with self-designed light device shape.This will be have more common parts for housing-unit and join-unit canform a standard equipment to avoid too much plastic or LEDs or circuitwaste to ruin the environment. This is most green concept for LED lightdevice from current invention.

The inventor's co-pending filing case Series Number U.S. patentapplication of Ser. No. 11/255,981, Multiple light source Night Lightwhich disclosure the Night light with more than 1 light source and Theinventor's co-pending filing case Series Number U.S. patent applicationof series No. 11/806,284 disclosure the said Night light with more thanone optics medium. The both technical are very important while appliedthe said Light Emit Diode (hereafter as LED) because these technical canmake improvement from LED's Spot light to become very good photometricarrangement to make look like conventional non-LED light means forexamples such as incandescent bulb, Florescent tube, halogen bulb lightpatterns so can make the current invention multiple LED light becomevery useful to human beings.

The current invention use plurality of LED with more than 1 opticsmedium to make the said multiple LED light for variety application mayin group combination from the night light, indoor lighting, cabinetlight, under table light, decorative lighting, anywhere light, readinglight, painting light, floor light, bathroom light, outdoor lighting tomake the said narrow viewing angle LED light source to become a surfacelight such as the conventional incandescent bulb, florescent tube,halogen bulb or other available type from marketing place.

The current invention further incorporate adjust-means to make the saidmultiple LED light can have adjustable functions so make the saidmultiple LED light can have really practical for anywhere installationfor indoor, outdoor, public areas.

The current invention not only make a simple function LED light, but itis appreciated to use this excellent light performance skillincorporated with the adjust-means to build with the Multiple LEDslight. The Multiple LEDs light with more than one LED and more than 1optics means with adjustment means to make the said multiple LEDs lightbecome very useful to people and supply great and convenientillumination to all human beings.

The current invention with wider application to cover the differentlight means which may including the incandescent bulb, fluorescent lamp,halogen bulb, electro-luminescent elements, cold cathode tube, and anyother conventional light means which available from the market placewhich have same function or equivalent functions with the said LEDs orLED-unit for offer the illumination to all people with the geometricshape, size, dimension changeable features to make each said light meanswith changeable features for orientation, position etc.

DRAWINGS

FIG. 1: Disclosure the preferred embodiment 1 for LED light with LEDsorientation, or position, or light emitting direction, or device's shapechanging features, especially each LED have changeable function to otherLEDs respectively.

FIG. 2: Disclosure the 1^(st) preferred embodiment with detailsconstruction.

FIG. 3: Disclosure the preferred embodiment 1 adjustable angleconstruction.

FIG. 4: Disclosure 1st preferred embodiment with details construction.

FIG. 5: Disclosure the said preferred embodiment of the FIG. 9 and FIG.10's one of the preferred conductive means arrangement for multiple LEDsor LED-units.

FIG. 5-1: Disclosure the said preferred embodiment of the FIG. 9 andFIG. 10's one of the preferred plastic injection procedure to makeperfectly construction and arrangement for multiple LEDs or LED-units.

FIG. 5-2: Disclosure the said preferred embodiment of the FIG. 9 andFIG. 10's one of the preferred construction and arrangement for multipleLEDs or LED-units.

FIG. 6: Disclosure the said one of the preferred conductive means forpreferred embodiment FIG. 9 and FIG. 10's with detail description of thesaid conductive means and hold tray and plastic housing-units for thesaid multiple LEDs or LED-units light.

FIGS. 7, 8: Disclosure the preferred embodiment 3 for LED light devicewith LEDs orientation, or position, or light emitting direction, ordevice's shape changing features

FIGS. 9, 10, 9-1, 10-1: Disclosure the preferred embodiment 3 for LEDlight device with LEDs orientation, or position, or light emittingdirection, or device's shape changing features

FIG. 11: Disclosure the preferred embodiment 4 for current invention ofthe LED light with changeable geometric dimension function which Atleast one of LED install within housing-unit or joint-means desirelocation in x-y-z axis and the said housing-units are connected by atleast one of joint-means which has its desire shape and size anddelivery the electric signal from power source (may in the form ofDirect current or Alternative current, the said Direct current mayselected from group combination from the solar module, batteries, windpower, generator, hand held generator, motor generators) to desired LEDsor LED-units incorporated with Integrated Circuit (hereafter as IC),circuit means, switch means, sensor means for illumination underpre-determined light performance. The LED light's geometric dimensionwill be changed while any variable applied to original housing-unit orjoint-mean. The LED light device incorporated with conventionalattachment means to install on any main object.

FIG. 11-1 to FIG. 11-3: Disclosure different LEDs or LED-units arrangedon the said housing-unit or joint-means for desired spot light, surfacelight, area light, swivel light, rotating light effects and performanceunder pre-determined functions, color, light brightness, illumination,light view direction.

FIG. 12: Disclosure the LED light apply to outdoor application with oneof preferred power source which power source is solar module which canget the Direct Current from the said solar module and storage into therechargeable batteries and delivery the current to said LEDs orLED-units though the circuit means, IC, switch means, sensor means,timer means for desire illumination for said current invention with LEDsor LED-units position changeable respectively to other LEDs orLED-units.

FIG. 12-1 to 12-3: Disclosure some of the preferred embodiments for thesolar module with the said LEDs or LED-units light device for indoor oroutdoor applications.

FIG. 12-4: Disclosure one of the preferred compartment to arrange thesaid circuit means, IC, switch means, sensor means, batteries,conductive means, plug means, electric wire, circuit board, electriccomponents.

FIG. 13: Disclosure one of the preferred of the extendable andretractable of current invention of the LEDs or LED-units positionchangeable to other LEDs or LED-units respectively with preferred powersource.

FIG. 13-1 and 13-2 and 13-3: Disclosure the one of the preferredelectric conductive means arrangement for LEDs or LED-units for currentinventions for different preferred embodiments.

FIG. 14: Disclosure the one of the preferred lock-and-release means forthe preferred embodiment 5 which offer the lock and release of the innerbar to the outside bar at any location along the elongate body of thesaid outside bar.

FIGS. 15-1 and 15-2: Disclosure the mechanical and electric constructionfor the inner bar for the preferred embodiment 5 (FIG. 13) to allow theinner bar's LEDs or LED-units can be turn on while the said LEDs orLED-units extended and cross the outside bar's edge.

FIG. 16: Disclosure the mechanical and electric construction for theelectric signal delivery from the power source to two sides inner bar.The center two-way retractable conductive means are connected with thepower source and supply the electric signals though the two-wayretractable conductive means to each of the said inner bar's LEDs orLED-units.

FIG. 17: Disclosure the preferred embodiment 6 of current inventionwhich are addable and dis-assembly able LEDs of LED-units light.

FIG. 17-1 and FIG. 17-2: Disclosure the preferred embodiment 6 (FIG. 17)or other embodiment's preferred battery case which can easily fit intothe cylinder body for said LED light and supply the electric current tothe said LEDs or LED-units for current and co-pending inventions.

FIG. 17-3: Disclosure some of the preferred shape for outside bar andinner bar shape which are not limited to these shape of the currentinvention. Any shape of the outside bar still fall within the currentand co-pending patent.

DETAIL DESCRIPTION

The current invention disclosure the said LEDs or LED-units light whichhave the said LEDs or LED-units position changeable to other LEDs orLED-units respectively while the outside force applied to the originalgeometric light device to make the said LEDs or LED-units been changed.

The current invention also disclosure the preferred power source whichnot limited for Direct current (hereafter as DC) and Alternative current(hereafter as AC) from only batteries and home electricity because thisonly limited the indoor application. The current and co-pendinginvention should be fall within any form of the DC or AC current mayselected from any group combination from the solar module, wind power,water power, chemical power, corn power, food power, generator power,nature power, battery power for indoor and outdoor application. This isappreciated the said power source coverage should be cover all kind ofpower source available from the convention market and scientific fieldsand physics range. The power source may incorporated with desiredconductive means which may selected from group combination from theconductive wire, conductive metal plate, conductive retractable device,conductive resilient member, conductive spring, conductive coil spring,conductive retractable metal ribbon, conductive elastic member withproper arrangements to install within the said housing-unit orjoint-unit or compartment to make the electric signal to delivery fromsaid power source to the said LEDs or LED-units for desire lightillumination.

The current and co-pending invention for the LEDs or LED-units lightwhich should be cover any discussion on current or co-pending inventionor continuously inventions which the LEDs or LED-units position can bechangeable its respectively position to other LEDs or LED-units. It isappreciated that can be also translate as the LEDs or LED-units lightwith geometric dimension or geometric system can be changeable while theoutside force to apply to the said LEDs or LED-units light's itsoriginal construction and make the said LEDs or LED-units position,orientation, angle, view result, light emit direction, illumination areabeen changed after the said changes made by outside force. The saidgeometric shape, dimension, system may selected from any combinationfrom rotary, jumpable gap, extendable, foldable, distance, extractable,connectable, dis-connectable, extendable, retractable, expendable,addable, adjustable, bendable, overlap able, underlay able, assemblyable, dis-assembly able, flexible properties.

The current and co-pending invention has housing-unit and joint-meanswhich has geometric shape made by the material which may selected fromwood, plastic, metal, chemical compound, paper, ceramic, pottery, glass,concrete, bamboo, recycle material. The housing-unit and join-means canbe desired size, dimension, geometric to make proper arrangement to getpreferred LEDs or LED-units light to fit into space with changeabledimension, size, shape to get universal properties and not limitedbasing on the said LED or LED-units light are fixed on shape, size,dimension, geometric system. This will be great help people to buy suchlight to fit into space people will stay. The preferred conductive meansarrangement within the certain compartment will fit into differentpreferred embodiment to make the desired function as all followingdetails description of current and co-pending invention.

The current invention with wider application to cover the differentlight means which may including the incandescent bulb, fluorescent lamp,halogen bulb, electro-luminescent elements, cold cathode tube, and anyother conventional light means which available from the market placewhich have same function or equivalent functions with the said LEDs orLED-unit for offer the illumination to all people with the geometricshape, size, dimension changeable features to make each said light meanswith changeable features for orientation, position etc.

From FIG. 1, show the current invention of Multiple LEDs light devicewith adjustable angle features (100) which has the top cover (1), tray(2), Battery compartment (3), Attachment-base (4). The cover (1) hasPlurality of the hole (1A) (1B) (1C) to allow the plurality of LED-unitscan fit within. The each LED-units has its lens (1B), housing (not shownhere), LED (not shown), swivel means (not shown). The each LED-units canbe swivel on vertical-axis (Y-axis) for certain degrees up and down andcan be rotating on horizon-axis (X-axis) for certain degrees right andleft basing on its desired construction to keep the each LED's lightbeam can be emit to the desired position while the said multiple LEDslight device been fixed on the position. Hence, Each LEDs or LED-unitscan be changeable its position, orientation to other LEDs or LED-unitsrespectively after change the tilt angle or rotating.

Form the FIG. 1, The Multiple LEDs light device (100) has 3 LED-units(A) (B) (C) within the holes of the cover (1). The each LED-unit can beswivel on the y-axis for certain degree angle and it also can berotating on the x-axis for certain degree angle.

These said Plurality of LED-Units can be has its own light beam emit todesired direction and make desired location or areas with the niceillumination. The Tray (2) and Battery compartment (3) and attachmentbase (4) are assembly together to allow the said multiple LEDs lightdevice can fix on the desired surface.

From FIG. (2), Multiple LEDs light device (200) has the top cover (1)with preferable 3 holes (19A) (19B) (19C) to allow the 3 LED-Units tofit into these (3) holes. The each LED-unit has its Lens (11),Reflective housing (12), Extended-Poles (13), help-means (14) to makethe each LED-unit can be install on the track (16) and make rotatingalong the track (16) along the horizon of the cover surface (the x-axis)for certain degree right or left till hit the stopper (15).

The two extended-pole (13) allow the LED-unit to swivel along thevertical of the cover surface (the y-axis) for certain degree up or downtill the housing (12) hit the stopper of the tray or cover. TheseLED-units can has both the swivel and rotating housing along thevertical and horizon direction of the cover surface so it means eachLED-units can emit the inner LED's light beam to any direction asdesired. From FIG. 2, Tray (2) has track construction (16) to allow theextended-poles (13) to fit to get swivel function. The number of thetrack construction will depend on the market requirement so it is notlimited to 3 as current preferred embodiment. It can be any number andsize to match the LED-unit size. The LED-unit size can be very smallaround 3 mm or 5 mm or 10 mm or larger or smaller, this depends onmarketing requirement. It also appreciated the plurality of theLED-units and its track-construction can be arrange in any arrangementsuch as in a array-arrangement such as 100 pieces in vertical and 100pieces in horizon which spacing can be any distance. I.E. Appreciatedthe scope of the current invention, the number and the arrangement ofthe LED-units can be in an array arrangement in desired geometricsurface in variety dimension with desired LED-units. For example, theLED-units can be arranged as the FIG. 3-B, which is a Rod-shape (31A)(31B) surface and each LED-units (400) with its extended-poles (13U)(13V) to fit into the groove (32) so can make the certain quantitysimilar LED-Units (400) on this rod-shape surface to make good MultipleLEDs light device with adjustable angle features in a elongated shape orLinear shape for cabinet light fixtures for anywhere installation.Hence, the number of the LED-units, the arrangement of the LED-units,the geometric shape of the surface of light device is variable depend onthe market requirement and appreciated all these variable details stillfall within the current invention scope of the claims with thesealternative or equivalent methods.

From FIG. 2, the help-means (14) which may in a round nut-shape whichcan be fitted on the end of the said extended-poles (13) which is roundlike fine surface tire to make the extended-poles (13) move muchsmoothly on the said track (16). This is optional means for the currentinvention. It also can be a nut-shape but with the Gear-teeth on theouter so can make the each rotating with clinking sound and precisemovement because has teeth construction on the nut-edge. There havevariety construction to make the extended-Poles to move on the trackwith tiny technical from market place. It is appreciated still fallwithin the current invention scope with alternative way.

From FIG. 2, the cover (1) and Tray (2) are assembly together byconventional assembly means so the LED-units can be well installed andcan freely adjustable the angles as desired. The each LED (not shown)has its electric-means to connect with the circuit board (17) to makethe each LED have its functions as pre-determined from market availablecircuit which may be selected from group combination from on, off,sequential, flashing, random, pair-flash, fade-in and fade-out, chasing,or any light performance which can be drive by electric signals form thecircuit or the integrated circuit (I.C.) all still fall within the scopefor the said LED light functions. The circuit board may furtherincorporated with switch-means which may selected from the groupcombination such as manual switch, photo sensor, other sensor means,moisture sensor, fire sensor, heat sensor, metal sensor, electric sensoror mechanical sensor, timer, PIR sensor to make the said multiple LEDsdevice with adjustable angle function can be turn on and off underpredetermined function and duration.

Circuit (17) connects with the desired power source (18) which maybe indifferent voltage and current form. The said circuit (17) can connectwith 110 Volt 60 Hz home electricity system or the Direct current systemas long as the said circuit (17) can offer the said LED the correctLED's required current specification from the selected power source (mayin AC or DC type). This means the circuit can be one for the DC powersource or can be other design which can work with the AC power source.All these circuit is available from the market place so we do notdiscuss here. From FIG. (2), Preferable embodiment is DC (Direct Currentpower source) which in the form of the battery-set. The battery set canbe desired working voltage and capacity depend on the said LED'sspecification. Such us some LED can be turn on by lower voltage such as1.68 Volt DC, some LED need the higher voltage such as 4.5 Volt so thiswill be variable by the LED's specification. The LED's color and itsconstruction will make the final design for the Battery-set's number andcapacity so any alternative specification still fall within the currentinvention scope. As for the 1^(st) embodiment, the battery-set is 3pieces of 1.5 Volt batteries in series to drive white color LEDs. Thealternative battery-sets and different electric connection for pluralitynumber will still fall within the current invention scope.

From FIG. 2, The battery compartment (3) has plurality of thebattery-set (18) and circuit (17) are fit within. The circuit (17) hasits conductive-means to build the electric connection to deliver theelectric signals from the power source (18) (here preferred asbattery-set) to the plurality of LEDs. An optional electric-components,electric-device, mechanical-device, switch-means, timer-device,sensor-device, IC may added between to make the required functions andlight effects. The battery-compartment (3) with attachment means (22) or(23) or other phone-Hook device (not shown here) or double-side tape orform-tape, or glue, or other equivalent attachment-means on theattachment-base (4) to cover the said battery-compartment (3) and allowpeople can install the said multiple LEDs light device on the desiredsurface.

From FIG. 3, Tray (302) of one of the preferable embodiment has the 3holes to fit the 3 LED-units (301) (302) (303). The each LED-unit (301)(302) (303) has its track (16W) and the its extended-poles (14W) are fiton the respected track (16W) with its stopper (S1) (S2) to make theLED-units (301) (302) (303) can have the Vertical swivel up to 180degree (V180) and Horizon rotating up to 180 degree (R180). The centerof the tray (300) has one opening or window (6AW) to allow theswitch-means (6W) been activated though the opening (6AW) or the window.If this is an opening, the switch-means should be up the surface. Ifthis is a window, the switch-means should be lower than the surface. Themarket place has a lot of different switch-means can be selected forcertain applications.

From FIG. (4) disclosure the more details construction for the FIGS.(1), (2) (3). It is no need to discuss more details basing on suchdetails construction. It is appreciated that all the alternative,replaceable, equivalent functions of any parts of above discussed shouldbe still fall within the current invention's scope.

From FIG. 1 to FIG. 4, All drawing disclosure the arrangement to makethe LED-units can be rotating and tilt, swivel along the track. However,The alternative arrangement, treatment, design, method, skill are stillfall within the current invention scope.

From FIG. (5), disclosure the electric connection arrangement forchangeable geometric system as FIG. 9 and FIG. 10 and FIG. 11 which hastwo same size of the lower position joint-means (1800) and top positionhousing-unit (1801) which has at least 1st set of conductive resilientmeans (spring 1) are connected between the 1st set of thelinear-conductive means (1803) one surface (804) and one set of thecircle-conductive means (1807′)(1807″) (1807′″)(1807″″) at the lowersurface (1808′) to change the linear-conductive (1803) relativein-parallel position to circle-conductive (1808) relative in-diametercircle relation. The said circle-conductive means (1807′)(1807″)(1807′″)(1807″″) can use 4 piece of metal conductive plates or useconventional available Printing Circuit Board (hereafter as PCB) inrigid material or flexible material for two surface conductive to makethe equivalent or same function arrangement. Same as thelinear-conductive means (1803) may use 4 conductive metal wires toinstall within the said housing-unit or joint-means or we can use asimple PCB with 4 traces to make the equivalent or same functionarrangement. Hence, the any conductive means on current or co-pendinginvention should not limited to all disclosure preferred embodiment anddrawing, it is appreciated that all same function of equivalent oralternative skill or method should still fall within the scope of thecurrent and co-pending invention.

The 2^(nd) set of conductive resilient means (spring 2) to contactbetween the circle-conductive means (1808) the upper surface (1808″) and2^(nd) set of the linear-conductive (1803′) one surface to change thecircle-conductive (1808) relative in-diameter circle relation to becomethe linear-conductive (1803′) relative in-parallel position.

The electric signal delivery from the 1^(st) linear-conductive (1803)passing though the 1^(st) set of the conductive resilient means(Spring1), then passing though the circle-conductive means (1808) lowersurface (1808′) and upper surface (1808″), then, pass though the 2ndconductive resilient means (Spring2) to the 2^(nd) set oflinear-conductive means (1803′) to delivery the electric signal from1^(st) linear (1803) to 2^(nd) linear (1803′) conductive means.

The 1^(st) housing-unit (1800) of LED light with changeable geometricsystem has the 1^(st) linear conductive means (1803) and 1^(st)conductive resilient means (Spring1) and the circuit-conductive means(1808) within the 1^(st) housing-unit (1800) body.

The 2^(nd) housing unit (1801) of said the LED light with changeablegeometric system has the 2^(nd) linear conductive means (1803′) and2^(nd) conductive resilient means (Spring2) within the 2 housing-unit(1801) body.

The electric signal can be delivery from the 1^(st) housing-unit (1800)to 2^(nd) housing-unit (1801) while the two piece of housing-unit (1800)(1801) are contact with right alignment for the said 1^(st) linear(1803) 1^(st) resilient (Spring1) and circle (1808) and 2nd resilient(Spring2) and 2^(nd) linear (1803′) to make the said at least one of LED(LED-1) or LED-unit (not shown) for illumination under pre-determinedfunction which may incorporated with the desired electric components,switch means, sensor means, timer mean, I.C., A.C. or D.C. Power source.

At least one of joint-means to make the assembly of the said 1^(st)housing-unit and 2^(nd) housing-unit tight and can be rotating certaindegree of angle to make the said changeable geometric system of the saidLED light.

The alternative or equivalent function can use the quickly connectorsets (1888) (18889) (1889′) to build the electric delivery from thelower joint-means to the top housing-units LEDs or LED-units To connectthe lower joint-means can use a mother-board (1888) which have top andlower two quickly connector (1888′) (1888″) to connector topone-to-three 4 conductive-wires quickly connector set (1889). Theone-to-three 4 conductive-wires quickly connector set can be any numberof the one-to-N mummer with N conductive-wires while have differentrequirement. The mother board (1888) lower connector (1888″) alsoconnected with the preferred one-to-three 4 conductive-wires quicklyconnector and install within the lower joint-means for delivery theelectric signal. It is appreciated that the lower quickly connector setmay one-to-one because it simple just delivery the electric signalwithin the lower joint-means not like the top level housing-unit have tobe connected with plurality of LEDs or LED-Units for preferred lightfunction. The said LEDs or LED-unit can connect with each quicklyconnector or make the LEDs or LED-units base with the specialarrangement which can connect with the said quickly connector withrelative connector base design. This example to teach to build theelectric delivery between all housing-units or joint-means can use anyavailable electric components or parts or all kind of conductive meansincluding the wire, spring, metal piece, PCB, quickly connectors set,conductive rubber, resilient means, ITO (one of transparent ink whichcan delivery the electric signal same as inventor's earlier U.S. patentsfor electroluminescent application). Hence, It is appreciated that allthese electric delivery method, skill, procedure, arrangement, design,technical, solution still should be fall within the current inventionscope.

From FIG. 5-1, drawings teach the procedures to make the saidhousing-unit or joint-means with the most economic way. The 1^(st)injected the conductive wires' set (810) which have plurality of theditch to allow the conductive-wires (1811) to install within. After the1^(st) injected part installed the conductive-wires, put into theinjection machine to make the 2^(nd) injection part (1812) which havedesire locations (1816) (1816′) (1816″) can install the said conductivemeans (case 1 or case 2) to build the electric signal delivery to desirepoints. It also has the outside shape of the said housing-unit (1812) orjoint-means (1812) which can allow the surface-plate (1813 or 1814) tofit on to the said outer shape of the housing-unit or joint-means (1812)make the location (1817) (1817′) (1817″) (1819) (1819′) to install therecess LED-units (1817) (1817′) or simple LEDs light (1817″) oropaque-lens (1819) (1819′) with optics properties to make look likeflorescent tube effects which LED with diffusion lens (not shown). Thesaid LED-units (1817) (1817′) same as the FIG. 1 to 4 which can be tiltand 360 degree rotating features.

From FIG. 5-2, Disclosure the preferred housing-unit (H5-2′)(H5-2″)(H5-2′″) and joint-means (J5-2′) (J5-2″)(J5-2′″) relation forpreferred embodiment of FIG. 9 or FIG. 10. The each of the housing-unitand joint-means can be designed for identically so it can be universalto assemble into desired pieces, length for the said LED light. Thisembodiment teach the housing-unit and joint-means can be designedidentical same size, shape, dimension, constructions so can be universaland just make difference while make the different light performancewhile put the simple LEDs or recess LED-units or florescent-tube likeLED-units.

From FIG. 6, disclosure the spring holders (Case 1A) (Case 2A) both havethe channels (Tube1A) (Tube2A) to allow the resilient conductive means(spring1A) (spring2) (spring3A) to fit within and make the resilientconductive means two ends build the electric delivery from one end toother end. The case 1A one surface with conductive metal circle plate(1807′A) (1807″A) (1807′″A) (1807″″A) which can use equivalentconductive circuit board or PCB as above discussion to change thelinear-conductive means to circle conductive means. The case 2A areconnect the circle conductive means (PCB or 1817′A, 1817″A, 1817′″A,1817″″A) to the other linear conductive means (E2A) or LEDs' electricterminals (E1A) which depend on the product specification. It canfurther incorporate with the Case 3A to make more satisfactory device.

From FIG. 5 and FIG. 5-1 and FIG. 5-2 and FIG. 6, the all drawingdisclosure the best conductive means arrangement for electric signaldelivery path from Linear to circle and circle to linear. This is thepreferred one of the embodiment which can have create the 360 degreerotating features for the products. The alternative arrangement,treatment, design, method, skill are still fall within the currentinvention scope. For example, In order to make electric delivery fromany housing-unit or joint-means to others also can use simple conductivewire to make the same function depend on the market requirement andsafety regulation for different country and area.

From FIG. 7: Disclosure the preferable embodiment 3 which has extendablefeatures from the short length 50 mm to the preferable length 320 mm.The length is extendable with almost 6.4 times. I. E. This LED lightdevice can change including but not limited for this preferableembodiment such as (a) LED relative position with other LEDs can bechanged (b) The device shape can be changed (c) The light emittingdirection and position and areas can be changed (d) The LED's numberalso can be changed (here do not discuss details). The currentinvention's preferable embodiment for extendable features which mayincorporated with conventional flexible means which may selected fromgroup combination for Rivet, Hinge, Chain, Screw, metal parts, plasticparts, Rings, Rotating means, Snap means, Hook means, Cover means,Press-Tight means from convention market and traditional skill of artbut not limited. It also can use equivalent method to get same functionto make the light device can be extendable to change size and dimensionand geometric configuration. It is also appreciated that eachhousing-unit may have different dimension including length, width,thickness, shape, geometric design, finish, marking so not limited toone size. It can be very small for infant toy use or big up to “ChinaGreat Wall” size. The current invention can have desired size as long ashave proper dimension for each housing-unit, so can easily get desiredfeatures to use for all different space where human being stay includingindoor and outdoor.

The preferable embodiments are just for simple samples of one of thedimension with its folded and extended relative dimension for use from50 mm to 320 mm range. It can be smaller or up to Kilometer or Milesrange up to design.

From FIG. 7 and FIG. 8, disclosure the extendable features to make theconventional LED light device become universal light device to allowconsumer to install more location with less limitation. The LED lightdevice as earlier discussion may incorporated with Sensor means whichmay selected from group combination from the mechanical or the electrictype may selected from group of combination of photo sensor, motionsensor, timer, manual switch, humility sensor, smoke sensor, heatingsensor, magnetic sensor, tilt sensor.

From FIG. 7, LED light device (700) which consisted of the top grillhouse-unit (708) and the lower grill house-unit (701). The power sourcemay from the Alternative power source or from battery power source whichdepend on the marketing requirement. The Top house-units (708) may havedesired number of LED to install within the house-unit (708). The eachtop house-unit (708) and lower house-unit (701) are connected fromconventional electric conductive means which including the conductiveresilient means, conductive metal spring, conductive metal ring,conductive wire, conductive metal piece to build the electricitydelivery from the power source end (+) (−) from the 1^(st) house-unit tothe last house-unit and make all the LEDs in desired in-series orin-parallel to meet marketing requirement.

It is appreciated that the current LED light device may incorporatedwith sensor means (702) which preferred for Motion sensor and Photosensor while the power source is a battery so need to save the power. Itis also can be other type of sensor or switch as above discussed. Formore practically, some location (703), (704), (705) may design as a holewith Rotatable features to install the Hooks, Post, Bar, electric deviceto increase the said LED light device with more functions than just alight device. These additional holes can allow people to hang the cloth,jacket, hat, cap, bag, or even use the circuit to charge the somebatteries such as communication device, cellar phone devise or othercomputer device which use battery. It is simple just add one additionalcircuit to drive the power source into desired electric signal forcertain voltage and current to charge batteries which us forcommunication, computer, consumer products.

From FIG. 8, This is same embodiment of the FIG. 7 but the LED lightdevice been extended to longer length from FIG. 7 length 50 mm to FIG. 8length 320 mm. The each joint point for lower house-unit with tophouse-unit by conventional by conventional available flexible means asabove discussed.

The LED light device (800) which have attachment means may selected fromgroup combination from glue, double-side tape, foam tape (804), hook andloop tap, chemical adhesive material, screw (805) (806), phone hook andcatcher (809) (809′), hole (807) (808), rivet or the hold tray with itsattachment means.

From FIG. 8, some of the Flexible join point (801) where preferable donot intall the LED-unit on this location and just use a rivet orequivalent function joint flexible means on this so can incorporatedwith pole, hook (802) or other metal or plastic device to allow the saidLED light device can offer other function such as hang the cloth, cat,hat, bag. The added function can be electric device or non-electricdevice to add the function on this extendable LED light device.

From FIG. 8, the Sensor means as above discussed which including themechanical or the electric type may selected from group of combinationof photo sensor, motion sensor, timer, manual switch, humility sensor,smoke sensor, heating sensor, magnetic sensor, tilt sensor.

From FIG. 9, FIG. 9-1 and FIG. 10, FIG. 10-1, The LED light device withflexible means which can be preferable embodiment 4 which has foldableor flexible changing features. The FIG. 10 has 155 mm which is extendedfrom the FIG. 9 which in folded length only 85 mm. The preferableflexible means may selected hinge (1002) (1006), or rivet (1003), orspecial screw (1004), or nuts (1005) as above discussion but not limitedfor any equivalent function metal or plastic means to offer the flexibleor folded properties of the house-unit (1000). The LED-unit (1001) mayuse preferable embodiment 1 and embodiment 2 which allow the LED-unitcan be adjustable angle and LED light beam can be emit to desiredlocation. The earlier discussion can allow the LED light beam beadjustable on x-y-z axis as wish. The LEDs or LED-units as FIG. 9-1 andFIG. 10-1 the light area (1010) and (904) and (905) which have the arealight performance which can make the LEDs or LED-unit shine inward ofthe housing-unit or joint-means and the have opaque or milky plasticmaterial of the said housing-unit or joint-means so can make the portionillumination (905) or the whole piece illumination (1010) (904).

From FIG. 10, the sensor means (sensor) apply on the preferableembodiment while the Power source (not shown) is a battery so need tohave good power saving by motion sensor, or photo sensor, or anycombination by conventional market available switch and sensor meanscombination. The sensor means also can offer very convenient to peopleso it also can add while we use the power source from home electricity,solar module, chemical power, or other type of the power. The recessLED-unit (1007) which can fit within housing-unit or joint-means (1000)with tilt and 360 degree rotating function to allow more practically forconsumer. The up-grade design for the florescent-light value LED light(1009) also can arrange within the said housing-unit or joint-means(1000). The alternative grilled appearance of the florescent-light(1008) may also put into consideration to meet into market requirement.The details discussion for the device for outdoor application forenvironment, humility, moisture, waterproof, anti-violet ray issues willalso put into consideration to avoid the hard sunshine, sprinkler, rain,snow, and other weather and cloudy days for the current invention. Thecurrent invention to install on the ground, wall, under cabinet, garage,floor, mud, street, trail, rack, surface can use conventional availableattachment means to install current invention well and meet all safetyrequirement. The solar cells are sealed within the chemical compound orvacuum film or other treatment also available from conventional marketplace. The solar cell can use single crystal, multiple crystal ornon-crystal type up to the design requirement. To make the housing-unitsand joint-means with environment grade to work properly under heavysnow, hard sunshine, heavy humility, storm, raining season, flood can bedesigned by available skill without any problem to keep the electricsystem keep as normal weather condition standard.

From FIGS. 11, 11-1, 11-2, 11-3, disclosure the 4 preferred embodimentsfor the current and co-pending invention have the changeable geometricdimension features to make the said LEDs or LED-Units position,orientation, light emit angel changeable to other LEDs or LED-unitsrespectively. The FIG. 11, show the retractable LED light which can beextendable and retractable as wish to fit into different space fordifferent length of said LED light. The 4 piece of the LED-units areinstall on the center position of each housing-unit (H 11)(H 11′) (H11″) (H 11′″). The Florescent light effects can be make while use anoptics lens (FL 1) (FL 2) (FL 3) (FL 4) (FL 5) in front of the insideLEDs so can look like the florescent-light effects which may install onthe lower level joint-means (J11 A) (J11 A′) (J11 A″) (J11 A′″). TheLEDs or LED-units can be install within the housing-unit or joint-meansas wish.

From FIG. 11-1, disclosure the different arrangement of LEDs or LED-unithas different light appearance install within housing-unit orjoint-means. The different light appearance may selected from Florescentlight looking (FL 6), grill light looking (FL 7), convex lens (FL 8),concave lens (FL 9) to make the inner LEDs (not shown) to create thedifferent accent and value of the light performance and value. Themultiple set of the housing-units and joint-means can be connected byconventional conductive means (wire 1 & quickly connector means) (wire2) (wire 3) to make the big area with the current invention light devicefor certain area. Further, the alternative way to make the connectionbetween the multiple LED light device can use the quickly connectormeans to make electric connection. It is appreciated that the innerelectric arrangement for the housing-unit and joint-means also can usethe quickly connector means for simple than FIGS. 5, 5-1, 6construction. The other equivalent functions to make the electricarrangement still fall within the current invention scope. Sameconsideration, the said LED light device can be on horizon installationor vertical installation or tile installation onto main object as wish.

From FIG. 7 and FIG. 8, The each set of the said LED light device withchangeable geometric dimension or system of the current invention, thetwo side of the said LED light can have other shape extend-section (709)(709′) which allow to connect with 2 position pole ((711) (712) to holdthe extended-section's hole (712) (712′) on position. The end's hole(713) (713′) are alignment and connected with the pulling-pole (714)with catcher means (710) so while the puller (711) are back and forth tomove within the (Dis.) the puling-pole will pressed the elastic spring(712) and to make the other sides (709″) (709′″) to close and open. Italso will make the housing-units and joint-means to change position atthe same time. While the pulling-pole connected with motor means (716)or force-means to make the two extend-section (709″) (709′″) been pushclosely and apart-away to make the said LED light device with movingeffects by automatically (motor-means) or manually (by force-means). Theother side of the said LED light device as (709″) (709′″) will be closeand open of the two discs. This functions will allow the said LED lightdevice can incorporated sound active sensor(not shown) so make a movinglight effects with color changing and multiple functions such as fade-inand fade-out, sequential flashing, pair flashing, random, chasing allkind of light show with motion light effects. It is also can add theextra pole (809″), plate (809′″), hook (801), telephone holes (809)(809′) or other bar, hanger, string, wire, rack to allow people to hangthe spoon, kitchen ware, brush, cloth, hat, cap, glove, clipper, wine,mug, other items on the said LED light device with desire LEDs orLED-units for illumination.

It is appreciated that the LED light device of this preferred embodimentcan be any size for the housing-unit and joint-means for example for 3″,6″, 1′, 2′ to any size, shape, dimension to allow to fit into certainarea including the transportation equipment, car, van, house, room,living room, kitchen, outdoor, solar fence, solar barricade, solardelineator, solar warning light, solar pavement light, solar wall, solardivider, solar pathway light, solar garden light, solar roof light,solar patio light, solar pool light, solar divider for garden, solarconstruction zone light, solar dangerous warning light, solar policewarning light, so the said LED light device can be variety size to fitfor variety applications for indoor and outdoors.

From FIGS. 11-2 and 11-3, Disclosure the LEDs or LED-units installwithin the housing-unit or joint-means with conventional LED in sealedunit for Dia.3 mm (L 11-3), Dia.5 mm (L 11-3′), Dia.10 mm (L 11-3″) oralternative shape, length, head geometric shape, color, electrodesnumber, colors. It also can be in chip (D 11-2′), dice (D 11-2), otherform and specification of the LEDs package (not shown) which can havedot-matrix array arrangement to pass the message to viewers.

From FIGS. 11, 11-1, 11-2, 11-3, Current invention disclosure The LEDlight device with changeable geometric dimension function consist of atleast one of LED install within housing-unit or join-means in x-y-z axisand the said housing-units are connected by at least one of joint-meanswhich delivery the electric signal from power source to desire LEDsincorporated with Integrated Circuit, circuit means, switch means,sensor means, conductive means for illumination under pre-determinedlight performance. The LED light device's geometric dimension will bechanged while any variable applied to original housing-unit orjoint-mean. The LED light device incorporated with conventionalattachment means to install on any main object. FIG. 11 disclosurehousing-unit (H11 A) (H11 A′) (H11 A″) (H11 A′″) are connected by samesize joint-means (J11 A) (J11 A′) (J11 A″) (J11 A′″). The housing-unit(H11 A) (H11 A′) (H11 A″) (H11 A′″) or joint-means (J11 A) (J11 A′) (J11A″) (J11 A′″) has LEDs install anywhere as desire location within inx-y-z axis. The LED number can be 1 piece to N piece (N=means anynumber). Same joint-means (J11 A) (J11 A′) (J11 A″) (J11 A′″) has LEDsinstall anywhere as desire location within in x-y-z axis. The LED numbercan be 1 piece to N pieces (N=means any number). The power source (notshown) can be in form of Alternative current (hereafter as A.C.) orDirect Current which batteries are charged by solar module, charger,wind power generator or other generator form from convention marketplace, scientific field, physics range (hereafter as D.C.) which mayincorporated with the circuit means, conductive means, sensor means,switch means, electric components selected from convention marketavailable units to delivery the electric signals from power source todesire LEDs. The D.C. power source can install within the housing-unitor joint-means' compartment because LED power consumption is very smalland simple circuit. The A.C. Power source may have the circuit means,switch means, sensor means, conductive means, wire means, quicklyconnector means, plug which can well arrange into the proper space,room, compartments of the said light device. The current preferableembodiment, the wire and plug can be arranged to fit into thecompartment of the join-means so can supply the A.C. current to the saidLED light device.

The proper design the housing-unit and join-means for the size,dimension can allow the D.C. power source kits or the A.C. Power sourcekits well arrange to make the best cosmetic appearance and nice and netvalue.

The proper surface texture, printing, treatment such as wooden,marlboro, mosaic, brick, glass, metalized, enameled brick, vitreousbrick, vitrified brick, glazement tile, finish so can make the bestvalue of the said LED light kits.

From FIGS. 7, 8, 9, 10, 11, 11-1, 11-2, 11-3, all drawing is one of thepreferred embodiment with preferred arrangement for the extendablehousing-unit and joint-means with preferable conductive means to buildthe electric signal delivery from power source to the said LEDs orLED-units. However, The alternative arrangement, treatment, design,method, skill are still fall within the current invention scope.

From FIG. 12, disclosure the current and co-pending invention for theLED light device with changeable geometric dimension/system withpreferred power source. The LED light device (12 A) (12 B) (12 C) (12C′) (12 D) (12 D′) (12 E) (12 F) (12 F′) which have the changeableproperties of the said LED light including the geometric shape,dimension, system may selected from any properties which combinationfrom rotary, jumpable gap, extendable, foldable, distance, extractable,connectable, dis-connectable, extendable, retractable, expendable,addable, adjustable, bendable, overlap able, underlay able, assemblyable, dis-assembly able, flexible properties.

The LED light device (12 A) has the foldable, addable, dis-connectable,bendable properties for garage door with desired LED illumination, andconnected with home electricity power source.

The LED light device (12 B) (12 C) (12 C′) (12 C″)(12 E)(12 F) (12 F′)same as earlier discussion of the FIGS. 9, 10, 11, 11-1, 11-2, 11-3which has extendable, retractable properties for the outdoor roadconstruction zone, fence, wall, door, garden decoration fence, divider,pathway guider, wall decoration, hanging rack for kitchen, garage withdesire light illumination. These outdoor light can be powered byrechargeable batteries which charged by the solar module (12 S1) (12 S2)(12 S3) (12 S4) and incorporated with sensor means to turn on the saidLED light device under the certain darkness environment and turn offautomatically under certain brightness of environment.

The LED light device (12 B) and (12 C″) can connected with homeelectricity power and incorporated with the sensor means so can turn onand off under predetermined function and get desired illumination.

The LED light device (12 F) and (12 F′) design for road constructionzone where need the warning light to be seen by viewer and drivers andpedestrian. The extendable and retractable function will offer theeasily storage on the working car and extend for certain length to offerdivider and warning light will be big features. Incorporated with thesolar power with cloudy weather consideration for battery capacity v.s.solar module output capability will be excellent for this kind ofdevice. The door, fence or pathway illumination can use the LED lightdevice (12 C) (12 C′) (12 C″) (12 E) which also powered by rechargeablebatteries and charged by the solar module. The LED light device forabove discussion may incorporated with IC and related circuit means,sensor means, timer means, switch means to make the said LEDs orLED-units with different color, light brightness, light photometricarrangement to come out with all kind of light show and performance tomeet market requirement. The current invention to install on the ground,wall, under cabinet, garage, floor, mud, street, trail, rack, surfacecan use conventional available attachment means to install currentinvention well and meet all safety requirement. The solar cells aresealed within the chemical compound or vacuum film or other treatmentalso available from conventional market place. The solar cell can usesingle crystal, multiple crystal or non-crystal type up to the designrequirement. To make the housing-units and joint-means with environmentgrade to work properly under heavy snow, hard sunshine, heavy humility,storm, raining season, flood can be designed by available skill withoutany problem to keep the electric system keep as normal weather conditionstandard. The multiple set of the housing-units and joint-means can beconnected by conventional conductive means (wire 1) (wire 2) (wire 3) tomake the big area with the current invention light device for certainarea. The each set of the said LED light device with changeablegeometric dimension or system of the current invention, the two side ofthe said LED light can have other shape extend-section (not shown) whichallow to connect with motor means or force-means to make the twoextend-section been push closely and apart-away to make the said LEDlight device with moving effects by automatically (motor-means) ormanually (by force-means). It is appreciated that the LED light deviceof this preferred embodiment can be any size for the housing-unit andjoint-means for example for 3″, 6″, 1′, 2′ to any size, shape, dimensionto allow to fit into certain area including the transportationequipment, car, van, house, room, living room, kitchen, outdoor, solarfence, solar barricade, solar delineator, solar warning light, solarpavement light, solar wall, solar divider, solar pathway light, solargarden light, solar roof light, solar patio light, solar pool light,solar divider for garden, solar construction zone light, solar dangerouswarning light, solar police warning light, so the said LED light devicecan be variety size to fit for variety applications for indoor andoutdoors.

The LED light device (12 G) and (12H) are powered by the solar model (12S5) (12 S6) with the geometric system (discuss as co-pending filing case“LED light device with changeable geometric system filed on Jan. 7,2008).

The LED light device (12 D) and (12 D′) are powered by the solar module(12 S8) and (12 S7) for outdoor tiles to let people step on or makegarden decoration. The each tile are connected with the power source andhave the illumination under certain environment darkness. Theillumination performance can be spot-light, area-light, circle light, orhave desire message such as (S)(*)(Triangle) (Square) (L) (I) (T) (E) orcircle shape light. The solar module (12 S7) (12 S8) can arrange anddesign same shape with the other housing-units.

From FIG. 2-1, disclosure one of the preferred solar module (12-1 A)which have the solar cells been cut into certain size and connectin-series and in-parallel to get the desire output of the voltage andcurrent so can charge the rechargeable batteries. The solar moduleoutput voltage normally higher than the batteries voltage so can chargethe rechargeable batteries. However, this normal way to design solarmodule is too costly. The alternative and low cost method is to have thesolar module output voltage is much lower than the rechargeablebatteries' voltage. In order to have the higher input voltage intobatteries, the cheap electric components such as inductor or transformercan be added on circuit so can kick-up the solar module output voltageup to much higher voltage level to over come the batteries voltage leveland charge batteries easily. The solar module (12-1 D) with certainsolar cells arrangement with environment sealing with two arms (12-1 B)and (12-1 C) to allow the solar module can be rotating so can installthe solar module on the perfect location.

From the FIG. 12-2, Disclosure the solar module (12-2 C) connected withthe changeable geometric system which consist of housing-units (12-2 E)(12-2 F) (12-2H) (12-2 M) and joint-means (12-2 J) (12-2 K) (12-2 L) andpowered by the common power source (not shown) which are charged bysolar module (12-2 D) to make the LEDs (12-2 P) and LED-unit (12-2 G)for illumination.

From FIG. 12-3, disclosure the geometric shape housing-units (12-3 A)(12-3 K) (12-3 L) (12-3 M) (12-3 N)(12-3 O) are connected by thejoint-means (12-3 F) (12-3 G) (12-3H) (12-3 I) (12-3 J). Thehousing-unit (12-3 A) is a solar module which have plurality of thesolar cells (12-3 D) arranged within and have two output terminal (12-3B) and (12-3 C)

From FIG. 12-4, the preferred embodiment to disclosure the housing-unit(600) has plurality of the desired specification LEDs (L-D) (L-E) indifferent form are installed on the housing-unit. The preferred powerpack (601) which can be fix on the said housing-unit (600) by screw (SCR111) (SCR222) (SCR333)(SCR444) to passing thought the power pack (601)holes and the hold-means holes (111″) (222″) (333″) (444″) to attachedon the hold-means (111′″) (222′″)(333′″) (444′″). The power pack (601)can load the batteries (for D.C.), or plug & wire (for A.C.), or switchmeans (S6) (S7) (S8), or sensor means (S3) (S4), or timer-means (S9)(S10), these electric components can be selected from conventionalmarket available models to get desired light functions. The extra space(444′) can load any circuit means or printing circuit board (hereafteras PCB) or big electric components within. The power pack (601) can fitfor plurality of rechargeable batteries (not shown) which charged by thesolar module may incorporated with voltage kick-up circuit which mayselected from inductor or transformer or equivalent electric componentsto make the lower solar module output voltage level to raise up to muchhigher than the batteries be-charged voltage levels andelectric-resistance voltage level so can easily charged the rechargeablebatteries from lower output voltage of solar module.

From FIG. 12 and FIG. 12-1 and FIG. 12-2 and FIG. 12-3 and FIG. 12-4,Drawing teach the solar module to charge the rechargeable batteries ofthe said LED light device. This is one of the preferable embodiment forone solar module to supply the plurality of the housing-units orjoint-means' LEDs or LED-units. It can be other arrangement such as eachfixed number of the housing-units or joint-means use one solar module soit will not waste the over-specification of the solar module which canoffer double of the certain number of housing-units or joint-means. Italso the solar module can design within the housing-unit or joint-meansto make the more nice and net design. The solar module also can haveless piece of the solar ceall to get lower output voltage butincorporating with voltage kick-up circuit to make the input voltage tothe rechargeable is sufficient so charging the rechargeable batterieswill be no problem is other alternative arrangement still fall withinthe current invention scope for the LED light device with changeablefeatures for outdoor application. The said LED light device can be workfor solar power barricade light, delineator light, fence light, warninglight, path light on the road. These application means the same functionor equivalent treatment of the current invention. The alternativearrangement, treatment, design, method, skill are still fall within thecurrent invention scope. For example,

From FIG. 13, disclosure the LED light device with changeable geometricdimension which the LED light device (13 A) has two small inner-lighttube (13 B) and (13 C) each of the inner-light tube has plurality ofLEDs (13 G) (13H) (13 E) (13 F) or LED-units install within the elongatelength. The inner-light tube's (13 B) (13 C) LEDs (13H) (13 G) will turnon while the said LEDs' position outside the outside-tube two ends. Theinner-light tube's (13 B) (13 C) LEDs (13 E) and (13 F) will not turn-onwhile the LEDs (13 E) (13 F) are inside the outside tube body. Theoutside tube may have plurality of the LEDs or LED-units install withinthe desire location for illumination. The two inner-light tube (13 B)and (13 C) offer a extra LEDs to make almost double of the outsidetube's length for illumination. This extendable and retractable withautomatic turn on and turn off the each LED illumination also save a lotof power consumption while the LEDs are inside the outside tube body.The inner-light tube can be any shape such as in “L” shape so can allowpeople to make illumination for “L” area. It also can do other shape tomake the extendable two inner-light tubes for certain areas where is notstraight as outer-tube area. The said outer tube also may have desireLED arrangement in x-y-z axis to offer the perfect illumination forarea.

The LEDs or LED-units within the elongate housing is not limited to theFIG. 13 which is one of the preferred embodiment. It is appreciated thatall alternative or equivalent functions to delivery the electric signalfrom power source to LEDs or LED-units still fall within the current andco-pending filing. From FIG. 13-1, disclosure the two LEDs (13-1 B)(13-1 C) or LED-units are install within the elongate housing (13-1 A)which the power source (13-1 D) including batteries (not shown) arelocated on center position of PCB with two LED's electrode (13-1 E′)(13-1 E) under the metal conductive means (13-1H) (13-1 G) and the otherLED's electrode (13-1 F′) and (13-1 F) are connected with power source(13-1 D) To build the circuit and LEDs (13-1 B) (13-1 C) will turn onwhile the conductive metal means (13-1 G) (13-1H) are been pushed andconnected with the LED's electrodes (13-1 E′) and (13-1 E).

From FIG. 13-2 and FIG. 13-3, disclosure the co-pending filing for LEDlight within the joint-means which the each two contact-bars on one endare connected together by conductive means (13-2B) (13-2C) so eachcontact bar on the each end will have the same electric polarization.From FIG. 13-3, disclosure the lock-and-release means (13-3 E) (13-3D)with channel (13-3 A) to allow the conductive means (13-3 B) and (13-3C) to passing though and connected with the inner-light tube's LEDs orLED-units for illumination. The conductive means (13-3 B) (13-3 C) fromthe center location of the two-way retractable conductive means whichare connected the said power source so make the LEDs or LED-units forillumination.

From FIG. 14, the drawing shows one of the preferred lock-and-releasekit construction for the FIG. 13. Two of the inner-light tube can beextended outward off center for desire length and all the LEDs orLED-units on the inner-light tube can turn on while the said LED orLED-units can be seen by viewer. Rest of the LEDs or LED-units will notturn on because still inside of the outer-tube. When push the entire ofinner-light tube into the outer tube, all LEDs or LED-units on theinner-light tube will be turn off because all these LEDs and LED-unitsare inside the outer-tube. The lock-and-release means should fall withinthe outer-tube body so can make the lock and release function forinner-light tube and outer tube.

From FIG. 14, The inside end of the inner-light tube (14A) has onelock-and-release set (14B) (14L) to make the inner-light tube (14A) canbe lock-and release with the outside tube. One part of the (14B) caninsert into the inner-light tube (14A) and fixed tightly to prevent fromany movement. There have one portion (14F) of the lock-and-release setis narrow than the rest of the diameter from (14C) to the end (14F) issame. The narrow portion has off-center pole (14F) and raised-stopper(14G) to make block to the twist-deforming unit (14L) to cause thetwist-deforming unit (14L) deforming while counter-wise rotating theinner-light tube against the outside tube. To counter-wise rotating theinner-light tube make sufficient material of (14L) deforming and makethe sufficient material to scratch the outside tube inner surface tomake stop and lock the inner-tube and outside tube tightly. Toanti-counter wise rotating, the deformed sufficient material of (14L)will back to position to release the inner tube and outside tube to makethe inner-light tube can be freely move within the outside tube again.It is appreciated that all alternative or equivalent to make theinner-light tube lock-and-release with outside tube still fall withinthe current and co-pending invention.

From FIGS. 15-1 and 15-2, disclosure the LEDs (15-1 L) (15-2 L) will beturn-on and turn-off automatically within the inner-light tube (IN). Theinner-light tube (IN) have hole to allow the LEDs (15-1 L) (15-2 L) canbe freely move within the hole. The two sides (15-1 J) and (15-1 K) ofthe hole has electric-signal contact-area such as (−) (+) to allow theLED's two electrodes can contact with the contact-areas to build theelectric-signal delivery from the power source (not shown) though thecontact-areas to the LED's two electrodes. The two pairs ofisolating-poles (15-1 B) (15-1 F) and (15-1 A) (15-1 E) are located onthe inner-light tube (IN) parallel with hole's channel to install thePCB (15-1 G) which hold the LED (15-1 L) and its two electrodes (15-1 I)and (15-1H). The conductive resilient means (15-1 D) and (15-1 C)install between the each pair of the isolating-pole to make a elasticfunction to the said PCB (15-1 E) while the LED (15-1 L) been pushed bythe outer tube surface (X-Line), the LED (15-1 L) will push the said PCB(15-1 G) and push the two conductive resilient means (15-1 D) and (15-1C) so the two LED electrodes (15-1 I) and (15-1H) off the contact-area(15-1 K) (15-1 J) and not turn-on at all.

From FIG. 15-2, disclosure the LED (15-2 L) are pushed down and passthough the hole to make illumination because the LED (15-2 L) is notpressed by the outer tube surface (X-line) so the conductive resilientmeans (15-2 D) (15-2 C) extended and push the PCB (15-2 G) down so theLED (15-2 L) be pushed down to make the LED's two electrodes (15-2 I)(15-2H) been pushed to contact the contact areas (15-2 K) (15-2 J) forillumination under pre-determined function. The both LED (15-1 L) (15-2L) has the tip (15-1 P) (15-2 P) in a very rigid material and smoothround radius so it can be easily to make the contact with theouter-tube's surface (x-line). The LED's tip (15-1 P) (15-2 P) falloutside the outer-tube, the LED will be turn on. The LED's tip (15-1 P)(15-2 P) fall inside the outer-tube, the LED will not turn on at all.

From FIG. 16, Outer-tube (16 A) which have two extended inner-lighttubes (16 B) (16 B′) on each end. The each of the inner-light tube hasits lock-and-release set (same as the earlier discussion of the drawingFIG. 15-1 and FIG. 15-2). Both of the inner-light tube has the channel(16 G) (16H) to build the electric signal delivery from the power source(16 P) to though the two-way retractable conductive means (16 C) whichthe two-way retractable conductive means (16 C) can offer the requiredlength (16 D) (16 E) of conductive means while the inner-light tube beenextended away from the center position of the outer-tube. The two-wayretractable conductive means (16 C) can be plurality-way design forother applications so it should not limited for only two-way for thispreferred embodiment. The equivalent of same function of the retractableconductive means such as elastic spring, coil, flexible printing circuitboard (hereafter as FPC), or the conductive wire, conductive wireharness also may apply to this embodiment still should fall within thecurrent and co-pending invention.

The power source (16 P) which may in the form of the DC or AC currentform (not shown) to connect with batteries or home electricity outletwith custom-self DIY (do-it-yourself) length between the plug to theouter-tube.

From FIG. 13 and FIG. 13-1 and FIG. 13-2 and FIG. 14 and FIG. 15-1 andFIG. 15-2 and FIG. 16, all drawing disclosure one the preferredarrangement for retractable and extendable LED light device with thepreferred arrangement for the power source, conductive means,multiple-way retractable conductive means, lock-and-release means,elastic LED or LED-units within the inner-light tube and power source becharged by any available power from physics field, chemical treatment,theory. However, all The alternative arrangement, treatment, design,method, skill are still fall within the current invention scope.

From FIG. 17-1, the 3 batteries power pack in compact size arrangement(17-1 A) with two terminal ends (17-1 B) (17-1C) for positive andnegative contact area.

From FIG. 17-2, the 3 batteries power pack in compact size arrangementwhich has end-contact areas (17-2 A) (17-2 B) though the contact-ear(17-2 E) (17-2 E′) to connect with the metal terminal (17-2 C) (17-2 C′)so can supply the positive and negative current to said the powersource. The small middle size metal terminal (17-2 F) and (17-2 F′) toconnect 2 piece of batteries to get the positive and negative currentends so can connect with the small contact-terminal (17-2 C) and (17-2C′) to become two big electric ends (17-2 A) and (17-2 B).

From FIG. 17, drawing show the LED light device with changeable LEDposition with preferred power source which the said LED light consist ofpolarity of the same dimension LED-units (17A) (17B) (17C) (17D) whichhave the case including the insert-portion (17A″) (17B″) (17C″)(17D″) toinsert into the receiving-portion (17A′) (17B′)(17C′)(17D′) to form adesire changeable LED position by added or reduce the said basicLED-units number. The said LED-units can be round shape such as FIG.17-3 list different shape with receiving shape (17-3A) (17-3B)(17-3C)(17-3D)(17-3E)(17-3F) and the insert-portion with shape 917-3A′)(17-3B′)(17-3C′) (17-3D′) (17-3E′)(17-3F′) or any combination for thegeometric of the insert-portion and receiving-portion. The electricdelivery from one to other one can be incorporated by market availableconductive means, resilient conductive means, conductive wire,conductive plate, conductive terminals, conductive means withmultiple-way retractable functions.

From above discussed and mentioned of preferred embodiments to show thescope of the current and co-pending invention, it is appreciated thatany alternative or equivalent functions of design, construction,modification, up-grade still fall within the scope of the invention butnot limited to all above discussion and mentioned details.

The alternative or equivalent arrangement, process, installation or thelike design, changes from the current invention still fall within thescope of the current invention.

Including power source, conductive means, geometric system,housing-unit, joint-means, circuit means, sensor means, switch means,LEDs, LED-units, attachment means, fix-means, stop-means, multiple-wayretractable conductive means, tighten means, lock-and-release means,gear-sets, resilient means, elastic means. It also for geometric shapeof the housing-unit and joint-means the coverage may selected from anygroup of combination of the housing-unit, joint-means with anycombination from rotary, jumpable gap, extendable, foldable, distance,extractable, connectable, dis-connectable, extendable, retractable,expendable, addable, adjustable, bendable, overlap able, underlay able,assembly able, dis-assembly able, flexible properties. From abovediscussed and mentioned of preferred embodiments to show the scope ofthe current and co-pending invention, it is appreciated that anyalternative or equivalent functions of design, construction,modification, up-grade still fall within the scope of the invention butnot limited to all above discussion and mentioned details.

1. The LED light device with changeable functions; At least one of LEDor LED-unit install within housing-unit or joint-means and the saidhousing-unit or joint-means can be change the orientation, or position,location or angle to other orientation, position, location or anglerelated to any other of the LED or LED-unit to allow the light deviceemit light beam to desired direction to make illumination to viewer. Theimprovement including: The housing-unit and joint-means in a geometricshape arrangement may selected from group combination from the linear,elongate, curved, arc, round, semi-round, other geometric configurationand any combination with preferable dimension, size, color, material,surface arrangement, length, width, thickness. The LEDs or LED-units canbe any number in a desired arrangement and spacing select from groupcombination from partial of the conventional array, dot-matrix, thedesired geometric design arrangement within housing-unit or joint-meansin x-y-z axis. The LED's light beam can be emit to desired directionwhile the LED-units or housing-unit or joint-means been adjustable angleor move to the other location along the geometric shape light device.The LEDs or LED-units light beam be seen by viewer under predeterminedlight function, duration, timing, colors with selectively incorporatewith Integrated Circuit (Hereof as I.C.), sensor mans, switch means,motor means, force-means, timer means, solar means. The LEDs orLED-units connect with Circuit and power means and selectively relatedelectric means, sensor means, switch means, motor-means, force-means tomake the said LEDs or LED-units for illumination with attachment meansto install on the desired surface of the main object. The said powersource can be in Alternative current (AC) or Direct current (DC) bothcan get the power from the convention available power type which mayfrom the market place, scientific fields, chemical treatment, physicstheory, biology field, solar module, batteries, wind power, generator,hand held generator, motor generators. The LED light device's geometricdimension will be changed while any variable force applied to originalhousing-unit or joint-mean.
 2. The LED light device with changeablefunction as claim 1, the said housing-unit or joint-means which allowthe LED(s) or LED-units fit within and has the freely movement while theforce applied to housing-unit or joint-means to make the said LEDs orLED-units with desired changeable features may including viewing angle,or orientation, or position, or light beam angle, light device length orshape.
 3. The LED light device with changeable function as claim 1, thesaid power source can be in the form of Alternative Current (A.C.) orDirect Current (D.C.) with proper circuit-means to change the incomingcurrent into the LED's trigger current with desired LEDs or LED-unitslight performance and functions.
 4. The LED light device with changeablefunction as claim 1, the said light device can be use for the indoor,outdoor, car, truck, van, boat, vessel, airline, RV or any human beingsstay areas with different geometric dimension, size, shape.
 5. The LEDlight device with changeable function as claim 1, the said LED-unitsselectively have its lens, reflective-means, swivel means, tilt means,rotating means, extendable means, track-means, bendable means.
 6. TheLED light device with changeable functions as claim 1, the saidLED-units is in a form of a solid unit which LEDs, lens, transmittingmedium, reflective-means within the said solid unit.
 7. The LED lightdevice with changeable function as claim 1, The attachment means mayselected from group combination from glue, double-side tape, foam tape,hook and loop tap, chemical adhesive material, screw, phone hook andcatcher, rivet, stand, connector, stand, assistant stand, frame, rack,bar, pole, stick, or the hold tray.
 8. The LED light device withchangeable functions as claim 1, the said LED-unit or the said LED lightdevice selectively to incorporated with track-means which may havestopper-means to prevent the over-rotating or swivel the angle to makeunit damage.
 9. The LED light device with changeable function as claim1, The said LED-units may incorporated with more than one of the opticsmeans to change the LED from spot light beam to wider viewing angles,surface illumination, or other preferred light performance.
 10. The LEDlight device with changeable function as claim 1, The said LED-units canadjustable angle in desired direction in desired axis or its combinationof x-axis, y-axis, z-axis for desired adjustment.
 11. The LED lightdevice with changeable function as claim 1, The said LED-unit has itsdesired size, dimension, arrangement of surface, and desire pieces toinstall within the x-y-z axis position of the said light device orhousing-unit, joint-means.
 12. The LED light device with changeablefunction as claim 1, the said LED-unit has its circuit to work withdesired input current specification and change the input current intothe LED trigger current specification under pre-determined function,timing, duration, trigger type, cycles may incorporated with Integratedcircuit, switch, sensor means, motor-means, timer means or anycombination of conventional market available electric components. 13.The LED light device with changeable function as claim 1, The saidhelp-means can incorporated the said extended-poles to make the saidLED-units can move freely to adjustable angle, fix on position, tightenon the said track-means, build the electric signals delivery.
 14. TheLED light device with changeable function as claim 1, The saidhelp-means may in desired material and specification to meetrequirement.
 15. The LED light device with changeable function as claim1, The said sensor including the mechanical or the electric type mayselected from group of combination of photo sensor, motion sensor,timer, manual switch, humility sensor, smoke sensor, heating sensor,magnetic sensor, tilt sensor.
 16. The LED light device with changeablefunction as claim 1, The said flexible means which may selected fromgroup combination for Rivet, Hinge, Chain, Screw, metal parts, plasticparts, Rings, Rotating means, Snap means, Hook means, Cover means,Press-Tight means from convention market and traditional skill of art17. The LED light device with changeable function consist of: At leastone LED or LED-units install on the housing-unit connect with otherhousing-unit by flexible means which may selected from group combinationfor Rivet, Hinge, Chain, Screw, metal parts, plastic parts, Rings,Rotating means, Snap means, Hook means, Cover means, Press-Tight meansfrom convention market and traditional skill of art. The said LEDs orLED-units connected with power source in the form of Alternative Current(A.C.) or Direct Current (D.C.) with proper circuit to change theincoming current form into the LED's trigger current form with desiredLEDs light performance. The said LEDs or LED-units install within thehouse-unit and each of house-unit connect by conventional electricconductive means which may selected from group combination of conductiveresilient means, conductive metal spring, conductive metal ring,conductive wire, conductive metal piece, has multiple way retractablefunction conductive means, or equivalent function parts to build theelectricity delivery from the power source though the desired number ofhouse-unit(s) to make desired number of the said LED(s) or LED-units indesired electric arrangement incorporated with preferable circuit designto make LED's light beam to be seen by viewer under predeterminedfunction, time, duration, feature, performance.
 18. The LED light devicewith changeable geometric dimension function consist of: At least one ofLED or LED-units install within housing-unit or join-means in x-y-z axisand the said housing-units are connected by at least one of housing-unitor joint-means which delivery the electric signal from power source todesire LEDs or LED-units selectively incorporated with IntegratedCircuit, circuit means, switch means, sensor means, conductive means.motor-means, force-means for illumination under pre-determined lightperformance. The LED light device's geometric dimension will be changedwhile any variable force applied to original housing-unit or joint-mean.The LED light device incorporated with conventional attachment means toinstall on any main object.
 19. The LED light device with changeablefunction consist of; At least one of LED or LED-unit install withinhousing-unit or joint-means and the said housing-unit and joint-meanscan be change the orientation, or position, or viewing angle, or otherslight properties related to any other of the LED or LED-unit to allowthe light device emit light beam to desired direction to makeillumination to viewer. The LED light device has changing function mayselected from group combination from rotary, jumpable gap, extendable,foldable, distance, extractable, connectable, dis-connectable,extendable, retractable, expendable, addable, adjustable, bendable,overlap able, underlay able, assembly able, dis-assembly able, flexibleproperties to become changeable dimension or shape to fit desire spacewhere people stay environment including indoor and outdoors.
 20. The LEDlight device with changeable features as claim 17, 18, 19, the said LEDlight device are incorporated the batteries are charged by solar module,charger, wind power generator, hand held generator, motor generators orother generator form from convention market place, scientific field,physics range, chemical treatment, physics theory, biology field. 21.The light device with changeable function consist of: At least one lightmeans install on the housing-unit connect with other housing-unit byflexible means which may selected from group combination for Rivet,Hinge, Chain, Screw, metal parts, plastic parts, Rings, Rotating means,Snap means, Hook means, Cover means, Press-Tight means from conventionmarket and traditional skill of art. The said light means connected withpower source in the form of Alternative Current (A.C.) or Direct Current(D.C.) with proper circuit to change the incoming current form into thesaid light means's trigger current form with desired light performance.The said light means install within the house-unit and each ofhouse-unit connect by conventional electric conductive means which mayselected from group combination of conductive resilient means,conductive metal spring, conductive metal ring, conductive wire,conductive metal piece, has multiple way retractable function conductivemeans, or equivalent function parts to build the electricity deliveryfrom the power source though the desired number of house-unit(s) to makedesired number of the said light means in desired electric arrangementincorporated with preferable circuit design to make LED's light beam tobe seen by viewer under predetermined function, time, duration, feature,performance.
 22. The light device with changeable geometric dimensionfunction consist of: At least one of light means install withinhousing-unit or join-means in x-y-z axis and the said housing-units areconnected by at least one of housing-unit or joint-means which deliverythe electric signal from power source to desire light means selectivelyincorporated with Integrated Circuit, circuit means, switch means,sensor means, conductive means. motor-means, force-means forillumination under pre-determined light performance. The said lightdevice's geometric dimension will be changed while any variable forceapplied to original housing-unit or joint-mean. The said light deviceincorporated with conventional attachment means to install on any mainobject.
 23. The light device with changeable function consisted of; Atleast one of light means install within housing-unit or joint-means andthe said housing-unit and joint-means can be change the orientation, orposition, or viewing angle, or others light properties related to anyother of the light means to allow the light device emit light beam todesired direction to make illumination to viewer. The said light devicehas changing function may selected from group combination from rotary,jumpable gap, extendable, foldable, distance, extractable, connectable,dis-connectable, extendable, retractable, expendable, addable,adjustable, bendable, overlap able, underlay able, assembly able,dis-assembly able, flexible properties to become changeable dimension orshape to fit desire space where people stay environment including indoorand outdoors.
 24. The light device with changeable features as claim 21,22, 23, the said light device are incorporated the batteries are chargedby solar module, charger, wind power generator, hand held generator,motor generators or other generator form from convention market place,scientific field, physics range, chemical treatment, physics theory,biology field.